Electrified Vehicle Cooling Design & Release Engineer

Stellantis NV; Auburn Hills (MI); Sur place; USD 100 000 - 130 000; Plein temps

Avantages offerts par ce poste

Company Vehicle Lease

Health Coverage

Paid Time Off

401k Match

Tuition Reimbursement

Volunteer Hours

Family Benefits

Résumé du poste

Stellantis NV in Auburn Hills, MI is seeking an Automotive Cooling System Design and Release Engineer to lead development, validation, and release of cooling components for electrified vehicles. You will work with suppliers and cross-functional teams to ensure performance and quality across modules and assemblies.

The role emphasizes applying APQP, DFSS, CAE simulations, and design verification using CATIA V5, UG NX, Vis Mockup, and TeamCenter to optimize cooling components and ensure robust

Qualifications

• Bachelor’s degree in Mechanical Engineering or related field.
• 5+ years automotive engineering experience focusing on cooling systems for electrified vehicles.
• Proficiency with CATIA V5/UG NX for design and modeling.

Responsabilités

• Lead development, validation, and release of cooling components for electrified vehicles.
• Collaborate with cross-functional teams to meet performance, safety, and quality targets.
• Create and manage DVP&R and DFMEA documents for cooling components.

Connaissances

Strong collaboration

Problem solving

Project management

Communication

Formation

Bachelor's in Mechanical Engineering

Master's in Engineering

Outils

CATIA V5

Unigraphics NX

Vis Mockup

TeamCenter

Description du poste

Stellantis NV in Auburn Hills, MI is seeking an Automotive Cooling System Design and Release Engineer to lead development, validation, and release of cooling components for electrified vehicles. You will work with suppliers and cross-functional teams to ensure performance and quality across modules and assemblies.

The role emphasizes applying APQP, DFSS, CAE simulations, and design verification using CATIA V5, UG NX, Vis Mockup, and TeamCenter to optimize cooling components and ensure robust